ETS/Theodore Tutorials
Department of Chemical Engineering
University of New Hampshire
STAT 2: Buoyancy Effects; Archimedes' Law STAT 3: Hydrostatic Equilibrium in Centrifugation
FFEQ 2: Transient Integral Mass Balance FFEQ 3: Energy Balance FFEQ 4: Flow Work and Enthalpy FFEQ 5: Bernoulli's Equation FFEQ 6: Unsteady State Bernoulli's Equation FFEQ 7: Steady State Momentum Balance FFEQ 8: Momentum Balance on a Nozzle
DIMA 2: Scale-up and Similarity
PIPE 2: Laminar Flow Through a Circular Tube PIPE 3: Pipe Entrance Length PIPE 4: Turbulent Flow: Law of the Wall PIPE 5: Turbulent Flow in Smooth Pipes PIPE 6: Turbulent Flow in Rough Pipes PIPE 7: Viscosity Effect in Pipe Flow PIPE 8: Flow Rate Calculations PIPE 9: Pipe Sizing
NONC 2: Hydraulic Diameter Application
VALV 2: Pipe Flow with Entrance and Exit Losses
PSYS 2: Parallel Pipe Flow
PUMP 2: Centrifugal Pump Characteristic Curves PUMP 3: Net Positive Suction Head (NPSH)
FPDN 2: Hindered Settling, Wall Effects and Cunningham Correction FPDN 3: Settling Velocity and Hydraulic Separation FPDN 4: Atmospheric Discharge
PORM 2: Flow Rate in Ion Exchanger PORM 3: Baghouse Pressure Drop and Cleaning Frequency PORM 4: Collection Efficiency Model
FLDZ 2: Fluidization: Pressure Drop and Bed Height
FLOM 2: Manometry and Pressure Measurements FLOM 3: Velocity Measurement: Pitot Tube FLOM 4: Venturi Meter FLOM 5: Orifice Meter FLOM 6: Constriction Meter for Flow Rate
VELV 2: Incompressible, Irrotational and Potential Flow
PRES 2: Pressure Distribution in Rigid-Body Motion: Uniform Linear Acceleration PRES 3: Pressure Distribution in Irrotational Incompressible Flow
MOMB 2: Von Karman Mass Integral Analysis of Boundary Layer MOMB 3: Von Karman Momentum Integral Analysis of Boundary Layer
Properties of Common Gases at 1 atm and 20 C (68 F) Properties of Common Liquids at 1 atm and 20 C (68 F) Properties of Water at 1 atm Properties of Air at 1 atm Dimensions, Capacities, and Weights of Standard Steel Pipes Dimensions of Heat Exchanger Tubes Lapple's Table: Drag Coefficient of Spheres Average Roughness of Commercial Pipe Resistance Coefficients for Open Valves, Elbows and Tees Increased Losses of Partially Open Valves 90-Degree Pipe Bends Loss Coefficient Entrance and Exit Loss Coefficients Tyler Standard Screen Mesh Table
Absolute Viscosity of Gases and Vapors at 1 atm Cox's Chart: Vapor Pressure of Selected Liquids Drag Coefficient for Spheres, Disks, and Cylinders The Moody Chart for Pipe Friction Factor (Smooth and Rough Walls) Discharge Coefficient of Drilled Circular Orifice Plates
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